Time: 2024-08-27
scientist from James Madison University conduct a comprehensive_examination probe on thunderstorm environment in different region , include Washington , D.C. and Kansas City . The survey concentrate on how land screen and atmospheric conditions impact thunderstorm and lightning phenomenon . Notably , the research uncover that pollution play a significant function in increase lightning strike during thunderstorms.
The survey analyze a huge sum of data from thunderstorm in the Washington , D.C. and Kansas City area , involve over 200,000 and 300,000 thunderstorm , respectively . By analyze lightning data and Air pollution information , research_worker found that in environment with high instability , higher pollution degree consequence in More cloud - to - land lightning strike . The presence of pollution atom in cloud affect the separation of electrical charge , ultimately lead to increase lightning production.
expert note that warm - season thunderstorm environment in area like Washington , D.C. and Kansas City exhibit difference in thermodynamics and aerosol property . Despite these variation , thunderstorm intensity , as bespeak by flash count , is influence by similar thermodynamic - aerosol relationship . Additionally , the survey foreground the importance of aerosol concentration over atom size in enhance lightning during thunderstorms.
The research_worker are expand their probe to Bangkok , Thailand , a city know for its high pollution degree and hot tropical climate . preliminary consequence bespeak a similar tendency of pollution enhance thunderstorm activity , with even higher lightning rates detect . This propose that urban pollution hour_angle a universal impact on enhance thunderstorm and lightning production , regardless of geographic location.
Overall , the survey shed light on the intricate relationship between air pollution and thunderstorm intensity . By understanding how pollution affect lightning production , research_worker can better grok the dynamics of severe weather event and their deduction for the natural environment . The findings lend to ongoing research on atmospheric procedure and highlight the need for sustainable practice to extenuate air pollution 's impact on weather phenomena.